Including filter system and high-performance Arsenic filter.
Arsenic is a naturally occurring element that can enter drinking water when groundwater moves through certain rock and soil types. Because it usually has no noticeable taste, smell, or color at typical concentrations, you won’t detect it without testing. In Lake Placid and the surrounding Highlands County communities, homeowners often learn about arsenic from a lab report, a private well test, or a utility notice—if your results show arsenic, it’s smart to act to reduce long-term exposure at every tap in your house.
Arsenic exists in different chemical forms in water, most commonly arsenic(III) and arsenic(V), and those differences affect which treatments will work best. Concentrations can vary seasonally or with changes to your source water, so a single test may not give the full picture. Matching the right filtration approach to your Lake Placid water chemistry—considering our inland, hard groundwater—is the key to steady, predictable performance.
For whole-house arsenic reduction in a home, a dedicated adsorptive media filter is often the most effective single-filter option. These systems use specialized media—typically iron-oxide-based or similar—that captures arsenic as water flows through the tank. Installed where water enters your Lake Placid home, they treat water used in showers, sinks, laundry and cooking, targeting dissolved arsenic rather than only removing sediment or addressing taste and odor.
Sizing and configuring an adsorptive media system depends on your water test results and household flow needs, so installers will evaluate your report before recommending equipment. If arsenic is present in a form the media doesn’t remove as efficiently, a simple pre-treatment—such as an oxidation step—may be suggested so the media can capture it more reliably. Regular cartridge or media replacements keep the system working, and Mr. Pure Water can help Lake Placid homeowners pick and maintain a whole-house arsenic filter that suits their home and water profile.